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Patient-Reported Outcome Measurement in Orthopaedic Trauma
Prakash Jayakumar1, Marilyn Heng, Bandele Okelana
1From the AO Innovation Translation Center, Clinical Science, AO Foundation, Dübendorf, Switzerland (Jayakumar, Rodriguez-Villalon, and Joeris), the University of Miami Health System Miller School of Medicine, Miami, FL (Heng), The Department of Surgery and Perioperative Care, University of Texas at Austin, Austin, TX (Dr. Okelana), Department of Orthopedics, Cedars-Sinai Medical Center, Los Angeles, CA (Dr. Vrahas), and Advancing Outcomes and Building Expertise in Research for Trauma Consortium.
Abstract:
Patient-reported outcome (PRO) measurements are validated tools developed to quantify self-reported aspects of capability, mindset, and circumstances in a standardized fashion. While PRO measurements have primarily been used in the research realm, a growing body of work now underscores substantial opportunities in applying the data generated by these tools to advance patient-centered musculoskeletal care. Specifically, the insights into a patient's health status derived from these measures can augment the standard biomedical approach to the management of patients with orthopaedic trauma. For instance, PRO measures have demonstrated the high prevalence of psychological distress and social concerns within trauma populations and shown that mindsets and circumstances account for a substantial amount of the variation in levels of symptom intensity and capability in these patients. Such findings support the need for a more integrated, biopsychosocial, and multidisciplinary team-based approach to orthopaedic trauma care that include both technical and nontechnical skillsets. In this chapter, we explore the range of available fixed-scale and computer adaptive PRO measures that can quantify aspects of capability, mindsets, and circumstances of the patient with orthopaedic trauma during their experience of injury, recovery, and rehabilitation. Furthermore, we define human, technical, and system-level challenges within the often complex, dynamic, and clinically intense trauma setting. Finally, we highlight potential opportunities through successfully implementing PRO measurements for clinical decision support, shared decision making, predicting health outcomes, and developing advanced care pathways for patients and populations with orthopaedic trauma.
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